How does WBC benefit athletes in their recovery from intense exercise?

WBC helps by flushing toxins out of muscles due to the vasoconstriction that occurs when exposed to extreme cold air and, after leaving the unit, the delivery of oxygenated and nutrient-rich blood back to the muscles.

How does WBC help with weight loss and improve metabolism?

Due to the stress your body experiences with exposure to extreme cold by tricking it into going into hypothermia, your metabolism is 3 x faster whereas you can burn up to 500-800 calories after a session. It also and makes blood circulation faster, boosting oxygen and nutrients around the body, speeding up removal of toxins and helps to tone the body.

Can WBC improve the body’s immune function?

Adrenalin released due to exposure to extreme cold air gives an immediate boost to the body’s immune system. This immune system improvement can last days or even weeks post treatment.

How does WBC help with anti-aging and skin rejuvenation?

During WBC, the skin vessels and capillaries vasoconstrict and then dilate after treatment. This causes toxins stored in the layers of the skin to be broken down and flushed away with more oxygenated nutrient rich blood returning to the skin after treatment. Exposure to cold air activates collagen production in the deeper layers of the skin, leaving it more firm and tight. Clients have reported smoother and more even toned skin with improved elasticity.

What types of arthritic and inflammatory disorders can WBC positively affect?

How does WBC improve energy, mood and improve the effects of depression?

With the circulation of oxygenated and nutrient-rich blood, the body releases the “feel good” endorphins which can make people feel “euphoric” for up to 8 hours post treatment. WBC has been found to improve sleep and help with depressive disorders by decreasing levels of anxiety and irritability.

How can WBC help neurological conditions like Multiple Sclerosis (MS), spinal cord injuries, and radiculopathy (nerve pain in arm or leg)?

Exposure to extremely low temperatures during WBC results in a decrease in the intensity and speed of nerve conduction. Neurological conditions like MS or spinal cord injuries often produce hyperactive nerve impulses called spasticity which affect a person’s ability to walk and use their extremities in everyday activities. The decrease in nerve conduction not only can help with mobility by decreasing overactive nerve signals, it can also help decrease pain signals being sent by nerves being compressed in the spine or by arthritic changes.

These statements have not been evaluated by the FDA. These services are not intended to treat, cure or prevent any disease.

What is Cryo Wave's return policy?

All sales are final however packages may be shared and do not expire. Memberships may be put on hold for health reasons.